Deburring is a vital step in various metal-based operations. As a metal manufacturing, production or maintenance engineer, this process enables polished results by removing burrs. The machine you choose for your operations depends on characteristics like the type of metal you work with, the scale of operations and your industry. Advanced Deburring & Finishing offers several deburring solutions for smooth, safe finishing on all your parts.

Factors to Consider When Choosing Metal Deburring Equipment

Deburring equipment has crucial benefits for metalworks businesses. It improves product consistency, enhances safety by removing rough, sharp edges, reduces friction and premature part wear, minimizes outcome errors and resultant costs, and enables regulatory quality control compliance. For uniform, well-finished products, consider these equipment purchase factors:

The Material Surface

Varying metals and production materials have different textures, hardness, roughness and other properties. Rigid materials like stainless steel may require high-force deburring devices, while softer metals may not. Vibrating deburring solutions can create better smoothness for hard materials.

Component Dimensions

Your manufactured component’s shape and size will determine the deburring tool size and type. Large parts may require machinery with a substantial working chamber, and intricately shaped workpieces may need custom tools to achieve comprehensive polishing.

Scale of Operations

If you’re a large-scale facility with mass production lines, you should consider automated deburring options. Automated machinery will optimize your operations while assuring quality. You should also factor in the deburring machine’s speed capabilities, opting for a tool that aligns with your production’s tempo.

Industrial Requirements

Varying industries manufacture parts of different sizes, heights and materials, requiring unique finishing capabilities. Consider your business’s special attributes and industrial product requirements, and choose a machine that enhances your production. Complex or precision parts, for example, demand premium and accurate surfacing, calling for equally precise parts.

Budget

Finance is an essential factor in your purchase decision. When choosing a machine, include costs such as:

• Purchase prices
• Maintenance or service fees
• Potential parts replacement costs
• Energy consumption or efficiency
• Operational costs

Environmental or Spatial Factors

Think about where you will locate your machine. Factor in the dimensions of your chosen deburring tool to ensure it fits the space. You should also consider facility factors like layout, noise levels and emissions to guide you in making a suitable choice.

Diverse, Advanced Solutions for All Your Deburring Needs

Advanced Deburring & Finishing provides assorted deburring and finishing equipment for diverse needs. Whatever your budget, production needs and desired dimensions, we’ve got you covered! You can choose from the following deburring options:

• Drum or tumble systems: These are ideal if you want a new machine on a budget, as they’re more affordable. Tumble systems work best for pronounced burrs but may not smooth finer bumps well.
• Vibratory deburring units: This tool type offers targeted, intricate polishing at high speeds. Vibratory equipment includes vibratory tubs, bowls and thru-feed models, and super-fast cycling choices, so you can tailor them to your needs.
• Centrifugal solutions: A centrifugal device is similar to tumble deburring but has a stronger centrifugal force. This stops in-process workpieces from tumbling against each other and damaging their surfaces, making this option ideal for small parts.
• Spindle and slurry: Also known as flowing abrasive or abrasive blasting machines, these units offer precision, minimize errors and prevent damage. They’re also perfect for fast-paced production, as one spindle and slurry deburring cycle can take five to 300 seconds.

We provide these reliable deburring tools, each suitable for unique surfacing requirements. Our machines remove thermal burrs, cut-off burrs, rollover burrs and other irregularities. We also offer personalized, custom services for special application tools. Our expert team will collaborate with you to learn your production needs and create deburring machines made just for you.

Equip Your Business With Quality Tools Today

Premium and precise finishing have a massive impact on your product quality, safety, compliance and viability. With our superior deburring tool range, you can ensure exceptional outcomes across your production line. Furnish your business with the best equipment so you can support superior results. Contact us today to chat with us. We’ll help you determine the perfect solution for your needs.

Deburring Metal Parts

Accuracy, precision and reliable consistency are essential when manufacturing quality metal parts. Burrs, which include sharp edges and imperfections, affect the functionality, lifespan and aesthetics of metal components. With the right equipment, deburring metal can be relatively simple and effectively remove burrs from manufactured or welded metal parts. This critical step adds the finishing touches needed to smooth irregularities and deliver repeatable parts and products your clients can rely on.

Why Is Deburring Important When Manufacturing Metal Parts?

Sharp edges and irregularities affect overall functionality and compromise the quality of metal components. However, the implications of neglecting deburring during manufacturing run far deeper.

Failing to remove burrs from metal parts affects:

• Product safety: Unexpected sharp edges pose risks to workers during production and end-users.
• Machinery longevity: Metal burrs cause additional friction and wear and tear on machinery resulting in higher manufacturing equipment maintenance costs and shorter equipment lifecycles.
• Cost efficiency: Nonuniform components are often rejected or relegated to scrap, which negatively impacts profit margins.
• Consistency and precision: Unintended ridges and protrusions affect the overall uniformity of metal parts and impact specifications and tolerances. Burrs can also affect the accuracy of measurements, which can lead to production errors.
• Product performance: Imperfect parts interfere with fit and affect the reliability of metal components.
• Legal compliance: Irregular metal parts detected in heavily regulated industries, such as health care, where strict quality control of parts is critical, can result in legal repercussions.

Understanding the 5 Types of Metal Burrs

Not all metal burrs are the same. Depending on the types of metal finishing being used, which can include bending, cutting, piercing or shearing, burrs of various shapes and sizes may occur. These common metal imperfections have been categorized into the following five distinct types:

1. Poisson burrs: Excess metal at the end of parts that extend sideways
2. Rollover burrs: Slithers of curled metal projecting from the part
3. Tear burrs: Swelled shapes in the metal also called breakout burrs
4. Cut-off burrs: Positive or negative burrs that occur at sites where metal is cut
5. Thermal burrs: Bits of cooled molten metal that adhere to parts, usually as the result of welding, plasma or laser cutting

The Advantages of Automated Metal Deburring

Although it is possible to deburr metal parts manually, the process is time-consuming and prone to human error. Automating the process provides manufacturers with reliable processes, enhanced speed and accurate results while eliminating potential safety risks to workers. Investing in specialized deburring equipment to suit the requirements and common types of metal burrs created during production optimizes speed and enhances production, ensuring consistent, repeatable products with the intended fit and finish.

Why Choose Metal Deburring Equipment From Advanced Deburring & Finishing?

Advanced Deburring & Finishing has provided reliable solutions to the manufacturing industry for over 40 years. Our expertise and comprehensive product range, which includes vibratory, abrasive, and thermal deburring and tumbling systems, mean we always supply equipment most suited to each product’s specific requirements. When specialized systems are required, our expert consultants can devise customized deburring solutions for parts with unique manufacturing parameters.

Elevate Your Production With Expert Metal Deburring Solutions

Investing in premium-quality equipment from Advanced Deburring & Finishing delivers faster returns on investment and overall manufacturing confidence. Our commitment to providing innovative equipment with enhanced operator safety features is evident in every system we produce. To learn more or to discuss your unique metal deburring requirements, contact us today.

Mass Finishing and Deburring for Small Parts

Manufacturing is a precision-driven industry, and the treatment of small parts is essential in determining product quality and performance. Mass finishing and metal deburring techniques have become indispensable in producing small components, offering solutions to enhance surface quality, remove imperfections and improve functionality.

This article explores these processes, discussing their significance, challenges and various techniques employed in the industry. It will also cover how these methods are reshaping precision manufacturing and small part refinement.

Understanding Deburring and Finishing Small Parts

Metal finishing and deburring are essential processes in manufacturing, especially when dealing with small parts. They are some of the metal finishing processes that modify a metal surface to achieve specific properties or appearance.

Mass finishing is the simultaneous processing of multiple parts to achieve a desired surface finish or effect. This method is efficient for small components, allowing consistent results across large batches. Metal deburring is the process of removing sharp edges, protrusions or irregularities from machined or formed parts.

Proper metal deburring and finishing ensure that small components meet precise specifications, function correctly within larger assemblies and maintain their intended performance characteristics. These processes can also enhance wear resistance, improve corrosion protection and create aesthetically pleasing surfaces. The finishing quality can directly impact product reliability and longevity for small parts, which are often critical in complex machinery or electronics.

Challenges in Deburring and Finishing Small Parts

Deburring and finishing small parts present unique challenges that require specialized approaches and careful consideration. The primary difficulties stem from the miniature size of the components and the precision required in their treatment. These challenges include:

• Precision requirements: Tight tolerances, often measured in micrometers, demand highly controlled finishing processes.
• Handling difficulties: Small parts are prone to loss, damage or improper orientation during processing.
• Risk of damage: Delicate features and thin walls are susceptible to distortion or breakage during finishing.
• Material-specific challenges: Different materials require tailored approaches to achieve optimal results.
• Consistency across batches: Maintaining uniform quality for high-volume production can be challenging.
• Equipment limitations: Standard deburring machines may not be suitable for tiny parts.

Each challenge requires careful consideration and often specialized solutions to ensure high-quality results in small part refinement and finishing.

Techniques for Deburring Small Parts

The deburring of small parts involves various techniques, each suited to different components and finishing requirements. These methods are divided into two categories — manual and mechanical deburring.

Manual Deburring

Manual deburring may seem inconsequential in this high-tech age, but it remains relevant, particularly for low-volume production or parts with complex geometries. This method involves using hand-held deburring tools such as files, scrapers and abrasive stones. Skilled technicians carefully remove burrs and smooth edges, usually under magnification to ensure precision.

Manual metal deburring offers flexibility to handle unique or delicate parts and allows for real-time adjustment based on visual inspection. It’s suitable for prototypes or small production runs. However, this method is labor-intensive and time-consuming. It can lead to inconsistencies between parts or operators. It’s also less suitable for high-volume production because it’s slow and has a potential for human error.

Mechanical Deburring

Mechanical deburring includes diverse techniques that use physical action to remove burrs and refine surfaces. These methods are often more suitable for higher volume production and can offer more consistent results than manual techniques. Each process is ideal for different types of small parts and production requirements.

The primary mechanical metal deburring processes include:

• Tumbling: Parts are placed in a rotating barrel with tumbling media, such as ceramic materials, steel, walnut shells and plastics. Tumbling is ideal for small, sturdy components.
• Vibratory finishing: It uses a vibratory container filled with parts and media. Vibratory finishing is suitable for diverse part sizes and shapes.
• Thermal deburring: Employs a controlled combustion process to vaporize burrs. It is effective for hard-to-reach areas.
• Electrochemical deburring: Uses electrolytic action to selectively remove burrs. It is excellent for conductive parts with complex geometrics.

Techniques for Metal Finishing Small Parts

Metal finishing for small parts involves various techniques that enhance surface properties, appearance and functionality. These methods are broadly categorized into mechanical, chemical and specialized finishing processes.

Mechanical Finishing

Mechanical metal finishing techniques use physical abrasion to modify the surface of small parts. The primary mechanical finishing methods are polishing and buffing.

• Polishing: Uses abrasive materials to smooth the surface, processing from coarser to finer abrasives.
• Buffing: A finer form of polishing, using soft wheels or cloths with fine abrasive compounds to create a highly smooth or reflective surface.

For small parts, these processes often employ miniature polishing wheels, specialized fixtures to hold the parts or automated systems designed for batch processing. Achieving a high-quality finish on small parts requires careful control of pressure, speed and contact time.

Automated systems with programmable parameters can ensure consistency across batches, while specialized fixtures or holding devices can help properly orient and secure small components during finishing.

Grit Blasting and Sand Blasting

Grit blasting and sand blasting are abrasive blasting techniques that propel a stream of abrasive material against a surface under high pressure. While often used interchangeably, there are subtle differences between the two methods.

Sand blasting traditionally used silica sand as the abrasive medium, but due to health concerns, alternatives like glass beads or aluminum oxide are now more common. Grit blasting uses angular, harder abrasives like steel grit or silicon carbide.

These techniques are valuable for cleaning surfaces, removing coatings, and creating a textured finish on small parts. The choice between grit blasting and sand blasting depends on the desired surface finish and material of the part.

When applying these techniques to small parts, precise control of blast pressure, media size and exposure time is crucial to avoid damage or excessive material removal. Specialized nozzles and part-holding fixtures ensure even coverage and protect delicate features.

Chemical Finishing

Chemical finishing processes for small parts include the following:

• Anodizing: An electrochemical process primarily used on aluminum parts to create a durable, corrosion-resistant oxide layer.
• Plating: A process involving depositing a thin layer of metal onto the surface of a component. Common plating materials include nickel, chrome, gold and silver.
• Coating: Processes such as powder coating or electrocoating apply a decorative or protective layer to the part’s surface.

When applying chemical finishes to small parts, it’s essential to ensure even coating application and complete coverage of all surfaces. Factors such as part orientation, racking methods and process parameters must be carefully controlled. Pre-treatment steps, including cleaning and surface preparation, are vital for achieving good adhesion and uniform coverage.

Ultrasonic Cleaning and Finishing

Ultrasonic systems utilize high-frequency sound waves to create cavitation bubbles in a liquid medium. When these bubbles collapse, they produce microscopic jet streams that effectively clean or finish surfaces, even in hard-to-reach areas. This process is particularly effective for small parts with complex geometries, as the cavitation can reach into crevices and blind holes that might be inaccessible to other metal finishing methods.

Using ultrasonic systems to clean and finish small parts allows for thorough and consistent cleaning and finishing without mechanical action that could damage delicate components. It is also a highly controllable process, with adjustable parameters such as frequency, power and solution composition allowing for optimization based on specific part requirements.

Elevate Your Small Parts Finishing With Advanced Deburring and Finishing

Advanced Deburring and Finishing has over 35 years of experience in small parts finishing. Our expertise spans all phases of surface preparation, including parts washing, precision cleaning, finishing and part refinement. As proud Association for Manufacturing Technology members, we stay at the forefront of industry developments. Whether you’re dealing with intricate aerospace components or delicate medical devices, we have the knowledge and technology to enhance your product quality while optimizing costs.

Propel your products with perfect finishes. Contact us today to discover how we can elevate your small parts finishing to new heights of precision and quality.

Mass Finishing for Agriculture

Mass finishing is a valuable process in numerous industries. This process allows products to be manufactured at scale and undergo further finishing in large batches. Mass finishing ensures parts are entirely clean, smooth and free of burs, readying them for any further steps necessary for packaging and distribution.

The agricultural industry encompasses different types of farming, including crop, commercial, stock and subsistence farming, and it requires a great deal of specialized equipment. Mass finishing for agricultural products keeps these vital resources accessible and cost-effective.

How Mass Finishing Is Used for Agriculture

In agriculture, there are numerous tools and components that may undergo mass finishing to ensure they are ready for use. A few of these include:

• Metal parts for vehicles and tractors used for farming: These may include components like combine or harvester parts, housings, panels, hood supports, vents, exhausts, handrails and engine parts like the transmission, axle, differential and driveshaft.
• Hand-held farming equipment for plowing and digging: Hand tools like shovels, rakes, sickles and scythes benefit from finishing processes after production.
• Irrigation system parts and components: Watering solutions like pipes, ball and butterfly valves, sprinklers and pumps need must be finished properly to ensure leak-free performance.

Though the exact process will vary based on the type of part, the steps involved in mass finishing generally include the following:

• Cleaning: This process clears the workpiece of dust and other particles to prevent contamination of the finishing media.
• Deburring: Here, components are tumbled with abrasive media to remove sharp ridges and edges. Media types include nutshells, steel, rock and plastic.
• Inhibiting: An inhibitor is applied to prevent rust and oxidation. This measure is vital for machinery and equipment that is exposed to the elements regularly, such as irrigation and harvesting tools.
• Polishing: This step ensures parts are clean and free of rough edges while providing high shine and quality. Depending on the target level of polish, other agents may be necessary to achieve the desired result.
• Drying: Some metal parts can corrode quickly if they are exposed to moisture. Drying components after a finishing process will stave off rust formation.

Benefits and Types of Mass Finishing

Agriculture involves many types of production methods and often uses mechanical solutions over manual labor to cope with the sheer volume of product generated. As such, mass finishing for agriculture has distinct benefits that improve operations and overall efficiency. Some of these include:

• Lower turnaround times.
• Optimal efficiency in cleaning, smoothing, deburring and polishing processes; total part refinement.
• Precise parts that yield improved performance.
• Better uniformity of parts.
• Lower overall costs thanks to efficiency increases.

Mass finishing equipment also supports safety in food processing applications by enabling easier cleaning for equipment used to harvest foods like grains, rice, beans, sunflower seeds and nuts. Abrasive tumbling or blasting removes jagged edges and polishes surfaces to ensure no metal fragments or other material from the equipment contaminates the harvest.

Different systems are used to attain these benefits. Here’s how they work to ensure products perform exactly as intended.

Vibratory Deburring

This method of deburring uses rough, abrasive media like steel and ceramic fragments to smooth components with consistent vibrations at high speeds. Round bowl vibrator machines are commonly used for smaller objects while thru-feed style vibratory machines assist in deburring larger items in a conveyor-like style. The bowl or tub’s vibrations continually move the parts and media against each other so the abrasives can act on the components’ surface and leave behind a smooth finish.

Tub-Style Deburring

Using kinetic energy, tub-style deburring rolls parts over in a continuous motion in a large tub. This style of deburring tends to be more forceful, although softer media can be used to enhance the polishing process. If the next steps of production require painting, a tub-style deburring machine is often sufficient to handle the surface preparation process. When made sufficiently large, this machine is ideal for bigger components like vehicle and tractor parts used in farming.

Centrifugal High-Energy Systems

Instead of kinetic energy, this system produces g-forces rising above 30Gs within four rotating barrels spinning at over 300 rpm. Here, direct contact friction is eliminated when the force pushes the components to the edges of the barrels. They do not tumble or vibrate, but the media is able to contact and polish them by virtue of the rotational force.

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Examples of Mass Finishing in Agriculture

A few examples of agriculture equipment that benefit from mass finishing processes include the following:

• Plow blades: Smooth, deburred blades allow for precision cutting and loosening soil during harvesting.
• Smooth-ridged roller segments: These agricultural tools are pulled over the earth by a tractor as part of the soil-flattening process.
• Seed-counting machine parts: Mass finishing is perfect for the precision components required for this piece of equipment to run accurately.
• Drip irrigation systems: Valves, pipes and tubing used for these irrigation systems can be mass finished for exact water distribution through the sprinklers.
• Irrigation sprinkler systems: The sprinkler head is vital for spreading water evenly across the soil. Mass finishing will leave it in optimal condition to perform as intended.
• Rice huller: This machine helps remove the chaff or husk casings from grains and rice.
• Sickle and scythe blades: Having the ideal finish on your blades will help ensure a swift harvest, saving you time, effort and money.
• Pitchfork tines: As with blades, having sharp tools like hayfork tines will make it possible to do the job with less effort.
• Grinder-mixer machine parts: Mass finishing the smaller parts of this machine for smooth operation will support its ability to grind and pulverize constituents like grain and rice.

The Importance of Mass Finishing for Agricultural Equipment

Mass Finishing supports many areas related to agricultural and farming applications. Ag equipment manufacturers use this process to produce and finish large volumes of parts at once to control costs and maintain quality. On the end user’s side, finishing solutions can be used to clean parts at different phases of the harvest process and help keep cutting tools in optimal condition.

Modern mass finishing technology is integral to farmers and ranchers being able to maintain strict hygiene standards, keep their machinery at its most efficient and generate premium product.

Advanced Deburring & Finishing Is the Solution to Your Agricultural Deburring Needs

Advanced Deburring & Finishing is an industry leader in the mass finishing sector. We’ve helped businesses reduce lead times and improve product quality since 1986, offering parts cleaning, surface finishing and other solutions for operations around the world. Our team will work with you to provide an agriculture-focused mass finishing system that fits your requirements and equips you to do your best work.

If you’re looking for the latest metal finishing technology, we can help. Call us at 800-553-7060 or submit a request form and we will call you back to discuss your requirements.

Mass finishing in manufacturing is an empirical and invaluable part of the production process. Having the right equipment to finish large-scale products helps align your business goals with output volume and profits, impacting your bottom line positively.

In the solar industry specifically, mass finishing is important in ensuring solar-powered products are smoothed and finished perfectly to allow them to perform their functions optimally. Below, we look at what the mass finishing process entails, examples and benefits of mass finishing for solar, and why you need it.

What Is the Mass Finishing Process?

When finishing products on a mass scale, the goal is to save time while making sure the quality is not compromised. This is achieved by using media to clean and finish components placed in a specialized chamber that keeps them apart. Doing this is vital to minimize damage to each individual component.

The abrasive materials are comprised of minuscule, granular pieces that may include any of the following:

• Nutshells
• Ceramic
• Steel
• Plastic
• Rock
• Wood

The high-velocity spinning action inside the chamber helps eliminate burrs and smooths the surface area. Adding liquid or powder compounds further performs the role of cleaning.

There are a few essential steps in the mass-finishing process itself, highlighted below:

• Cleaning: Components must be cleaned of any residue or dust that could hinder the process further on. The surface is inspected, and any particles are removed with the help of compounds.
• Deburring: The media removes ridges, lines or excess steel edges on the component that impedes the smoothness of the surface.
• Inhibiting: Components are protected from corrosion by applying an inhibitor to the surface.
• Polishing: Polishing components with certain abrasive materials like nutshells ensures they are clean, deburred, inhibited and ultimately shiny and appealing to the eye.
• Drying: Drying the components eliminates the risk of oxidization, depending on the type of compounds used during finishing.

Finishing helps refine each individual component collectively, ensuring consistency in the end result of the mass production process.

Mass Finishing Examples for Solar

Solar resources offer a definitive method of contributing to a more environmentally friendly planet. The following examples explore why mass finishing adds value to the solar industry.

Solar Panels

Solar panels are manufactured for private, commercial and industrial use and offer a cost-effective way of generating a renewable source of energy. How much energy a solar panel generates depends on the intensity of the light the panels absorb.

Solar panel production includes the following processes:

• Silicon and other chemical constituents are combined into wafers and cut during the iso-texturization process. This is where sawing damage is analyzed and removed.
• These wafers form the cells used to conduct the sun’s light. They are protected by plastic or glass.
• The cells are arranged neatly on a base made of conductive material to ensure they are uniform and connected.
• Here, key equipment like laser cutters and deburring machines are used to smooth the edges of the panels that are covered in the recognizable blue anti-reflection coating.
• A polymer frame then holds the cells and base while acting as an insulator.
• The entire component is housed in thick glass to preserve it against the elements when exposed.

Solar power is growing worldwide, with mass finishing being an essential part of creating related systems.

Contact Us For Your Mass Finishing Solar Needs

Concentrating Solar-Thermal Power (CSP) Systems

With CSP, mirrors are used to direct sunlight onto a tube-like receiver that holds high-temperature liquid. Heat or thermal energy is created by this fluid and converted into electricity using a steam engine that can be stored or used in industrial processes. This differs from solar or photovoltaic cells that use light from the sun to generate energy.

One advantage of using CSP systems is that they can supply any amount of kilowatt applications, whether it is 100 kilowatts for small-scale utilities or households, or 1,000 megawatts on grids that power communities.

There are numerous systems used to perform this task. Here, the main three are summarized:

1. Trough Systems

These concave conducting systems are embedded with mirrors that direct the heat of the sun to a receiver pipe that contains oil. This heated oil then produces steam by using a heat exchanger or generator, which in turn creates electricity in a turbine. They are placed in rows on a north-to-south pivot to ensure full coverage at all times and work on a hybrid system, using nonrenewable means to generate electricity when there is a limited sunlight supply.

2. Dish Systems

The dish or solar concentrator houses a multitude of mirrors arranged parabolically. They steer the sun’s light to the receiver in the center, where it is redirected to an engine that eventually converts the light into heat. This heat leads to mechanical power that generates electricity through an alternator, similar to a car’s engine.

This system generates fewer kilowatts than its counterparts but is still as effective.

3. Central Receiver System (CRS)

In a CRS, also known as a power tower, the receiver located on top of the tower reflects the sun’s rays onto a heliostatic field of mirrors. The liquid in the receiver turns into molten salt, traveling down the tower to a steam engine at the base. Here, it can be stored for lengthy periods before being converted to electricity.

Why You Need Mass Finishing for Solar

Based on the technology and different parts used in solar panels and CSP systems, using mass-finishing equipment for any of them would ensure the mirrors, receivers and other components are flawless in executing their intended functions. Solar mirrors would have no visible warping, shaping or bending due to high-precision finishing.

Considering the benefits and long-term impact of using mass finishing equipment for products in the solar industry, it is clear that it will serve a far greater purpose than what it is intended for. More benefits include improved durability of the components, enhanced chemical resistance, advanced surface conductivity and unparalleled corrosion resistance.

Contact Us Today

Advanced Deburring & Finishing offers the equipment and supplies you need to complete superior surface finishing and cleaning. With years of experience in the industry, our team can offer the expertise and support you need to help you make an informed decision for your operations.

Explore our surface finishing and refinement products to discover components that suit your needs. Contact us with any questions at (800) 553-7060 or by filling out an online form.